Top Engineering Jobs

Mechanical Engineering Intern supporting HVAC and plumbing design for commercial and governmental facilities. Responsibilities include preparing engineering drawings, conducting field investigations, reviewing shop drawings, assisting with construction administration, and delivering accurate project assignments within schedule and budget requirements. The intern will work collaboratively within project teams in a hybrid Roanoke, Virginia setting.

Leads AECOM’s Bay Area mechanical engineering team, overseeing building mechanical systems design, contract documents, calculations, specifications, quality assurance, staffing, schedules, budgets, and client relationships. Mentors engineers, coordinates with multidisciplinary teams, supports proposals and business development, manages client meetings, and delivers complex HVAC and building engineering projects. The role also contributes to sustainable, healthcare, federal, advanced manufacturing, data center, and commercial projects.

Lead multiple cross-functional teams designing and verifying high-performance Ethernet switches. Provide technical direction for schematic design, PCB layout, board bring-up, signal and power integrity, manufacturing readiness, vendor roadmaps, customer escalations, and product delivery from concept through production. Manage and mentor hardware engineers, improve engineering processes, and translate product strategy into executable technical plans.

Lead the vision, architecture, roadmap, and delivery of Microsoft Marketplace’s scalable payload processing platform. Manage engineering leads and teams while owning reliability, performance, security, compliance, latency, and operational excellence. Partner across Microsoft organizations to deliver cloud platform integrations, develop future leaders, and advance AI-native engineering practices and automation.

Designs, configures, maintains, and optimizes enterprise network infrastructure, including routers, switches, firewalls, wireless systems, and related security controls. Monitors performance, troubleshoots complex issues, supports capacity planning and scalability, documents configurations, and collaborates on infrastructure and security projects. Provides on-call support for critical incidents and performs some travel.

Lead technical delivery for large-diameter water, wastewater, and stormwater conveyance projects. Manage teams, develop and review design and construction plans, prepare engineering reports, perform field inspections, provide technical guidance, support proposals and strategy, and engage clients and stakeholders to deliver resilient pipeline infrastructure across the Northeast.

Lead and manage a traffic engineering team delivering traffic forecasts, simulations, safety studies, design plans, and GDOT-compliant deliverables. Oversee schedules, budgets, QA/QC, client coordination, and advance projects through the GDOT Plan Development Process. Mentor junior staff, coordinate multidisciplinary teams and represent AECOM at stakeholder and public meetings.

Lead design and delivery of large-diameter water, wastewater, and stormwater pipelines. Manage teams, prepare design/construction plans, technical reports, estimates, conduct field inspections, mentor staff, support proposals, and coordinate with clients and regulators. Provide technical guidance on pipeline selection, condition assessment, rehabilitation, and construction methods.

Talent pipeline for engineering and technical delivery roles supporting integrated AV, broadcast, media, control, and networking solutions. Responsibilities may include system design, engineering documentation, client and stakeholder collaboration, lifecycle project support, commissioning, troubleshooting, implementation, and technical leadership. Roles are primarily virtual but require periodic travel to project sites and regional residency or relocation.

Supports tire product development through testing-data analysis, tire construction research, R&D tool optimization, digital workflow development, data visualization, and technical validation. The intern assists with indoor and outdoor tire testing, materials and performance investigations, competitor research, and rapid analyses for R&D management.

Lead development of AI infrastructure for large-scale GPU training and inference. Design workload scheduling, serving, orchestration, resource governance, failover, and multitenant Kubernetes platforms. Build reliable C# and Go services, optimize GPU fleet performance, and drive observability, diagnostics, and production operations. Provide technical leadership, architectural direction, mentoring, and cross-team collaboration across cloud infrastructure, hardware, networking, and AI deployment teams.

Manage production engineering teams supporting aerospace manufacturing. Lead manufacturing plans, process improvements, supplier technical management, root cause analysis, cost studies, training, metrics, and cross-functional initiatives. Coordinate with engineering, manufacturing, tooling, facilities, and supply teams to improve quality, safety, compliance, and schedule performance. Oversee union-represented and multi-shift employees while communicating progress to leadership and ensuring manufacturing objectives are achieved.

Lead global Document Control, CAD Services, and Environmental Compliance teams. Set engineering services strategy, manage budgets and staffing, govern CAD tools and PLM systems, improve product data quality and release processes, support audits and regulatory compliance, and drive responsible AI adoption while protecting intellectual property and data security.

Leads the DevOps and Security Engineering team responsible for CI/CD, build and deployment tooling, hybrid cloud and on-premises infrastructure, embedded device deployments, monitoring, patching, and compliance. The role combines team leadership with hands-on technical work, including improving deployment workflows, developer iteration cycles, system reliability, and infrastructure supporting quantum hardware and software.

Leads production support for RF and subassembly automated test equipment on a second-shift manufacturing floor. Monitors equipment failures, coordinates with technicians and engineers, and oversees hardware and software updates to improve equipment uptime and meet manufacturing rates across multiple product lines. The role also manages engineering personnel, complex technical systems and programs, production and product-development processes, and organizational talent.

Leads mechanical engineering for a tactical missile launcher program, owning technical planning, cost, schedule, risk, customer and supplier interfaces. Manages development, production transition, design reviews, technical investigations, estimates, and engineering processes. Develops a cross-disciplinary team through capability assessments, training, performance management, and employee development. Requires aerospace or mechanical engineering experience in design, production, technical leadership, and cross-functional issue resolution.

Lead engineering excellence for Microsoft Security by designing and scaling AI-first engineering systems, shared developer platforms, and secure, compliant workflows. Modernize fragmented tooling into reusable foundations for build, validation, observability, experimentation, and cost-aware design. Drive organization-wide adoption, improve developer productivity, establish engineering standards, and create measurable feedback loops. The role requires deep technical expertise, strong judgment, engineering leadership, and the ability to influence teams across complex codebases, tooling ecosystems, and infrastructure layers.

Designs, builds, deploys, and supports scalable data platforms, backend services, APIs, pipelines, storage systems, and automation tools for Rocket Lab’s operational data. The role partners with engineering, production, testing, and mission operations teams to improve data access, hardware validation, mission execution, and business performance. Responsibilities include end-to-end service ownership, architecture, development, deployment, and production support.

Leads manufacturing engineering, capital projects, project execution, and continuous improvement for a new greenfield facility. Oversees facility launch, equipment and process design, layouts, capacity planning, commissioning, production readiness, capital planning, Industry 4.0 technologies, automation, MES, and operational ramp-up. Builds and develops technical teams while coordinating with operations, quality, supply chain, engineering, finance, EHS, and suppliers to achieve safety, quality, cost, schedule, and productivity objectives.

Leads systems and network engineering teams while owning enterprise infrastructure across data centers, hybrid cloud, and global networks. Manages architecture, facility build-outs, resiliency, compliance, budgets, vendors, infrastructure programs, documentation, and high-severity incidents. Partners with security, service desk, and engineering teams to support reliable 24x7 operations and regulated defense environments.

Leads customer deployments as a hands-on engineering manager, writing production code, building AI agents and integrations, solving complex technical problems, and advising enterprise stakeholders. Builds and coaches the forward-deployed engineering team, develops repeatable deployment processes, and converts customer-specific solutions into reusable platform capabilities. The role requires experience with enterprise deployments, regulated environments, engineering leadership, and production software development.

Lead and scale Fieldguide’s forward-deployed engineering function. Own enterprise customer deployments, write production code, build AI agents and integrations, solve complex technical problems, and advise senior stakeholders. Hire and mentor engineers, create repeatable deployment processes, and translate customer-specific solutions into reusable platform capabilities. The role begins as a hands-on player-coach position and gradually shifts toward team leadership while remaining technically engaged.

Leads manufacturing systems engineering strategy and execution for aerospace hardware from requirements and development through full-rate production. Owns manufacturing scope, engineering changes, design oversight, cost and producibility initiatives, supplier and subcontractor coordination, site transitions, production strategy, and manufacturing readiness. The role also manages geographically distributed teams, customer relationships, risks, sourcing, and proposals while supporting complex space vehicle production.

Optics/photonic engineering intern supporting Northrop Grumman’s Manufacturing Test Engineering Team. The role involves working with laser laboratory equipment, optical devices, mounts, and optical design software. Interns must be enrolled in an optics or photonics degree program, work full-time during summer 2027, and be eligible for a U.S. government security clearance. Preferred knowledge includes waveguide design, fiber splicing, cleanroom protocols, and photonic integrated circuit fabrication.

Develop and integrate guidance, navigation, and control algorithms for aircraft, spacecraft, launch vehicles, and related subsystems. Responsibilities include MATLAB/Simulink modeling, auto-code generation, stability and Monte Carlo analysis, controller tuning, hardware-in-the-loop testing, verification planning, system integration, and flight-ready prototype delivery. The role also requires technical communication, mentoring junior engineers, and collaboration with perception, mission planning, simulation, and test teams.